The primary function of the Trustworthy alluvial gold mining equipment, specifically the shaking table, is to separate and concentrate valuable minerals such as gold, tungsten, tin, and other rare metals based on their density.
The shaking table can effectively separate materials such as tungsten, tin, lead, zinc, gold, silver, tantalum, niobium, monazite, zircon, and ilmenite.
Key features of the shaking table include a high concentration ratio, efficient separation, easy operation and adjustment, strong wear resistance, anti-chemical corrosion, and the ability to withstand harsh environments.
The shaking table operates by moving back and forth longitudinally, causing particles to move diagonally across the deck based on size and density. Lighter materials exit on the tailings side while heavier materials are concentrated.
The shaking table size ranges from 1500 mm to 1850 mm in width and 4500 mm in length.
The slope range of the shaking table is between 0 to 5 degrees.
The shaking table can handle coarse sand with a size of 2-0.5 mm, fine sand of 0.5-0.074 mm, and slurry of 0.074 mm.
The shaking table can be easily adjusted for different operations by modifying the stroke length and the angle of the table to optimize the separation process.
The shaking table has a stroke frequency ranging from 240 to 360 times per minute.
Yes, the shaking table is particularly effective at recovering small gold particles even with a relatively high feed rate.
Yes, the shaking table is designed to be resistant to harsh environments, including strong wear and chemical corrosion.
The shaking table can be used in processing a variety of ores including placer ore dressing and fissure filling processes.
Yes, the shaking table features easy management and adjustment, making it user-friendly for operators.
The shaking table is typically constructed from fiberglass reinforced plastic with an embedded skeleton composite structure for durability.
Applications of the shaking table include mineral separation in gold mining, as well as the recovery of other metals such as tungsten, tin, and rare earth elements from various ores.
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